Explore tethered drone power systems, drone power tethers, onboard modules, ground stations and mission equipment. Compare power, voltage and integration requirements.
37products
TP-P1.5 is a compact 24V airborne DC-DC power module for tethered drones, with 1.4kW rated and 1.5kW peak output, 380g weight and 360-400VDC input.
TP-P2.5 is a 24V/48V airborne power module for 6S and 12S tethered drones, with 1.5kW rated / 2.5kW peak power, 532g weight and battery backup integration.
24 VDC isolated DC/DC module with 680–800VDC input, 3.5kW maximum output and a compact 187 × 95 × 70mm heat-sink envelope.
TP-P4 is a regulated 4kW 50V airborne power module for tethered UAVs, with 680-800VDC input, 80A rated current, IP54, 1kg weight and compact installation.
A portable 4 kW tethered ground power station with a 110 m cable, active rewind at up to 2 m/s, and compensated 400 VDC output.
Portable automatic tethered pay-in/pay-out ground station with integrated winch, tether cable, and high-voltage DC supply for continuous UAV power.
TP-P5 is a 5kW 24V airborne power module for high-current tethered UAV systems, with 680-800VDC input, 210A rated current, 2.2kg weight and IP54 protection.
TP-P6 is a 6kW rated / 7kW peak 50V airborne power module with 600-750VDC input, IP65 protection, ≤1.4kg weight and high-power tethered UAV integration.
A portable 7 kW tethered ground power station with 220 VAC input, 750 VDC output, a 120 m cable, automatic rewind, and recommended onboard power up to 5 kW.
TP-P8 is an 8kW 50V airborne power module for tethered UAVs, with 680-800VDC input, 160A rated / 175A maximum current, 2.2kg weight, ≥97% efficiency and IP54 protection.
Continuous-power and lighting kit for DJI M4E, combining an onboard module, lighting payload and ground station for long-endurance missions.
Tethered power for DJI Matrice 300/350: 110 m cable, 400 VDC ground output and a 2,500 W, 48 VDC airborne module.
Portable tethered lighting for a DJI Mavic 3 you supply (aircraft not included), with lighting payload and ground power in one pull-rod case for rapid deployment.
17 L cargo case for DJI Matrice 400; 1.6 kg aluminum-alloy and EPP construction, mounted below the aircraft with infrared-sensor clearance.
Adjustable 375 W COB lighting lamp developed for the DJI Matrice 400 tethered lighting system.
Complete DJI Matrice 400 tethered lighting system with 120 m cable, automatic rewind and prolonged external-power operation.
TP-P12 50V is a 12kW airborne power module for heavy-lift tethered UAVs, with 900-1000VDC input, 240A output, 3kg weight, IP65 and ≥97% efficiency.
TP-P12 60V-class airborne module provides 59V rated output, 11.8kW rated power, 800-1000VDC input, 200A current, 3kg weight and IP65 protection.
TP-P16 is a 16kW 50V airborne power module for heavy-lift tethered UAVs, with 850-1000VDC input, 320A rated output, 6.5kg weight, ≥97% efficiency and IP54.
TP-P18 is an 18kW 50V airborne power module for heavy-lift tethered drones, with 900-1000VDC input, 360A output, 8.2kg weight, IP65 and ≥97% efficiency.
770 mm carbon-fiber spray boom for DJI Matrice 400; 830 g, a universal 1/4-inch quick-release base and 12 mm quick-disconnect interfaces.
Cross oscillation spray gun for DJI M400: single-axis horizontal or vertical 30° motion, with direction adjusted by hand after stopping.
TP-SG01 is a retractable straight spray boom for compatible third-party cleaning-drone platforms, with a 25 MPa pressure-resistant pipeline.
TP-SG02 is a cleaning spray gun accessory for tethered UAV wash systems, supporting industrial cleaning deployments that need a compact airborne spray end-effector.
TP-SG nozzle accessory kit with fan, column, dual-purpose and universal rotating options for different tethered-drone cleaning spray patterns.
TP-P24 is a 24kW rated / 26kW peak 58.5V airborne power module for heavy-lift tethered UAVs, with 850-1000VDC input, 400A output, ≤9.5kg and IP65.
An FC100-class solar-panel cleaning payload with dual 10–15 MPa pumps, three nozzles, 36–72 V operation, and PSDK control for aerial maintenance.
A portable 12 kW tethered ground power station with 380 VAC three-phase input, 800–1000 VDC output, and a 120 m cable.
A 100 L IP68 firefighting bucket for DJI FC100, T100S, FC30, and compatible carrier platforms, with remotely adjustable discharge up to 45 L/s.
Design TP-P36 installations for 32kW actual output. The 36kW value is an extreme-test value, not a continuous rating. 1200–1450VDC input and IP65 protection.
A 16 kW tethered ground power and automatic reel system with 380 VAC three-phase input, 1000 VDC output, and a 120 m cable.
A portable 25 kW tethered ground power and automatic reel system with 380 VAC three-phase input, 1000 VDC output, and a 120 m cable.
A 36 kW tethered ground power station with three-phase 380–400 VAC input, rated and default 1500 VDC / 24 A output, a 120 m cable, and manually adjusted winding torque.
A modular 60 kW ground power system with 380 VAC three-phase input, a 1500 VDC default maximum system voltage, and a separate tether winch enclosure.
70kW isolated onboard DC/DC module with 1600–2000VDC input, 116VDC output, IP65 protection.
A modular 70 kW ground power system with 380 VAC three-phase input, a 1500 VDC default maximum system voltage, and a 150 m tether winch.
108kW isolated onboard DC/DC module with 1600–2000VDC input, 430VDC output, 120kW maximum output and IP65 protection.
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We supply airborne modules and ground stations individually or as part of a configuration. Start with the equipment you need and tell us what you already have.
Prepare the voltage, load, mounting and cooling information needed to select an airborne DC-DC module for a tethered UAV.
Read the guideUnderstand which power figures belong in a tethered UAV comparison and how to describe load duration in an integration brief.
Read the guideOrganize tether voltage, current, cable length and converter input information before comparing a ground-to-air power architecture.
Read the guideCompare site mains, a generator and a mobile power station against the selected ground station's actual AC input requirements.
Read the guideMatch the ground output, tether and airborne input before choosing a tethered drone power system. Compare the interfaces that determine a usable configuration.
Read the guideSeparate cable length from working height and describe the site layout, payload and cable route needed for a tethered-system review.
Read the guideCompare buying a named tethered configuration with sourcing ground stations, airborne modules and accessories for an integration project.
Read the guidePrepare a DJI Matrice 400 cleaning enquiry around the spray accessory, ground water supply, hose route and required working distance.
Read the guidePrepare a concise project brief with the aircraft, task, power requirements, site conditions and equipment scope needed for a useful quotation.
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